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Applied Cryptography in IoT
Ilyushchenkov, Maxim ; Martinásek, Zdeněk (referee) ; Malina, Lukáš (advisor)
The bachelor thesis is devoted to security in IoT systems. The thesis describes the IoT architecture, how to ensure its security and various types of attacks on IoT devices. Subsequently, the protection of personal data IoT and solutions for its protection are described. The work also describes the MQTT technology, its principle of operation, architecture and basic elements. The practical part describes the implementation of the publisher and subscriber, who communicate using encrypted messages. Afterwards, the eciespy library is described, which enables encryption and decryption of messages. The method of communication between the server and the client using the TLS protocol and certificate exchange is also described. Finally, there is a solution for implementing secure communication between microcomputers using MQTT.
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Applied Cryptography in IoT
Ilyushchenkov, Maxim ; Martinásek, Zdeněk (referee) ; Malina, Lukáš (advisor)
The bachelor thesis is devoted to security in IoT systems. The thesis describes the IoT architecture, how to ensure its security and various types of attacks on IoT devices. Subsequently, the protection of personal data IoT and solutions for its protection are described. The work also describes the MQTT technology, its principle of operation, architecture and basic elements. The practical part describes the implementation of the publisher and subscriber, who communicate using encrypted messages. Afterwards, the eciespy library is described, which enables encryption and decryption of messages. The method of communication between the server and the client using the TLS protocol and certificate exchange is also described. Finally, there is a solution for implementing secure communication between microcomputers using MQTT.
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Testbed for remote vehicle speed limitation
Šíma, Jindřich ; Musil, Petr (referee) ; Dvořák, Jan (advisor)
Bachelor thesis focuses on planing and realisation of workplace for remote vehicle speed limitation. In the theoretical part there is an analysis of intelligent transportation systems, on-board units, messages in the communication of units and the Vanetza library, which implements standards for communication of units. Practical part consists of planing and realisation of workplace for remote vehicle speed limitation, description of workplace components, the procedute for setting it up, capturing and analyzing communication in the workplace.
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Testbed for remote vehicle speed limitation
Šíma, Jindřich ; Musil, Petr (referee) ; Dvořák, Jan (advisor)
Bachelor thesis focuses on planing and realisation of workplace for remote vehicle speed limitation. In the theoretical part there is an analysis of intelligent transportation systems, on-board units, messages in the communication of units and the Vanetza library, which implements standards for communication of units. Practical part consists of planing and realisation of workplace for remote vehicle speed limitation, description of workplace components, the procedute for setting it up, capturing and analyzing communication in the workplace.
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Applied Cryptography in IoT
Ilyushchenkov, Maxim ; Martinásek, Zdeněk (referee) ; Malina, Lukáš (advisor)
The bachelor thesis is devoted to security in IoT systems. The thesis describes the IoT architecture, how to ensure its security and various types of attacks on IoT devices. Subsequently, the protection of personal data IoT and solutions for its protection are described. The work also describes the MQTT technology, its principle of operation, architecture and basic elements. The practical part describes the implementation of the publisher and subscriber, who communicate using encrypted messages. Afterwards, the eciespy library is described, which enables encryption and decryption of messages. The method of communication between the server and the client using the TLS protocol and certificate exchange is also described. Finally, there is a solution for implementing secure communication between microcomputers using MQTT.
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|
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Applied Cryptography in IoT
Ilyushchenkov, Maxim ; Martinásek, Zdeněk (referee) ; Malina, Lukáš (advisor)
The bachelor thesis is devoted to security in IoT systems. The thesis describes the IoT architecture, how to ensure its security and various types of attacks on IoT devices. Subsequently, the protection of personal data IoT and solutions for its protection are described. The work also describes the MQTT technology, its principle of operation, architecture and basic elements. The practical part describes the implementation of the publisher and subscriber, who communicate using encrypted messages. Afterwards, the eciespy library is described, which enables encryption and decryption of messages. The method of communication between the server and the client using the TLS protocol and certificate exchange is also described. Finally, there is a solution for implementing secure communication between microcomputers using MQTT.
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